Claims
- 1. An image conversion processing device comprising:
a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and a converter converting the received non-interlaced image data to interlaced format image data, having a plurality of interlaced fields, to change a number of lines of the received image data to a number of lines different from the number of lines of the received image data and to reduce flicker of the interlaced format image data.
- 2. An image conversion processing device comprising:
a receiver receiving non-interlaced image data, generated by a processor, wherein the non-interlaced image data is in any one of a plurality of formats; and a converter converting the received non-interlaced image data to interlaced format image data, having a plurality of interlaced fields to reduce flicker of the interlaced format image data, wherein the converter can convert any one of the plurality of formats.
- 3. An image conversion processing device, comprising:
a receiver receiving non-interlaced image data, generated by a processor, the non-interlaced image data being in any one of a plurality of formats which have different numbers of lines of image data; and a converter converting the received non-interlaced image data to interlaced format image data, having a plurality of interlaced fields to reduce a flicker of the interlaced format image data, wherein the converter changes the number of lines of the received non-interlaced image data when the received non-interlaced image data is in a predetermined format.
- 4. The image conversion processing device of claim 1, wherein the converter converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in another field of the interlaced format image data.
- 5. The image conversion processing device of claim 2, wherein the converter converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in another field of the interlaced format image data.
- 6. The image conversion device of claim 3, wherein the converter converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in another field of the interlaced format image data.
- 7. The image conversion processing device of claim 1, further comprising a line storage unit storing a plurality of line data of the image data received by the receiver wherein the converter makes a line of the interlaced format image data by using the plurality of lines of data stored in the line storage unit.
- 8. The image conversion processing device of claim 2, further comprising a line storage unit storing a plurality of line data of the image data received by the receiver wherein the converter makes a line of the interlaced format image data by using the plurality of lines of data stored in the line storage unit.
- 9. The image conversion processing device of claim 3, further comprising a line storage unit storing a plurality of line data of the image data received by the receiver wherein the converter makes a line of the interlaced format image data by using the plurality of lines of data stored in the line storage unit.
- 10. The image conversion processing device of claim 1, wherein the converter multiplies the received non-interlaced image data by a coefficient, wherein the coefficient is for changing the number of lines of the received non-interlaced image data, for converting the non-interlaced image data to the interlaced format image data having a plurality of fields, and for interrelating lines of one field to lines of another field.
- 11. The image conversion processing device of claim 2, wherein the converter multiplies the received non-interlaced image data by a coefficient, wherein the coefficient is for converting the non-interlaced image data to the interlaced format image data having a plurality of fields, and for interrelating lines of one field to lines of another field.
- 12. The image conversion processing device of claim 3, wherein the converter multiplies the received non-interlaced image data by a coefficient, the coefficient is for changing the number of lines of the image data, for converting the non-interlaced image data to the interlaced format image data having a plurality of fields, and for interrelating lines of one field to lines of another field when the received non-interlaced image data is in a predetermined format.
- 13. The image conversion processing device of claim 1, wherein the converter further comprises:
a first storage unit storing non-interlaced image data; a changer changing the image data to the interlaced format image data; an interrelating unit interrelating each line of the interlaced fields and other fields, thereby reducing a flicker; and an output unit outputting lines interrelated by the interrelating unit as the interlaced format image data.
- 14. The image conversion processing device as claimed in claim 13, wherein the average processor multiplies each line by a predetermined weight coefficient and adds the respective multiplied outputs with each other, thereby generating the interlaced format image data.
- 15. A method of converting image data, comprising:
receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to change the number of lines of the received image data to a number of lines different from the number of lines of the received image data and to reduce a flicker of the interlaced format image data.
- 16. A method of converting image data, comprising:
receiving non-interlaced image data, generated by a processor, wherein the non-interlaced image data is in any one of a plurality of formats; and converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields to reduce a flicker of the interlaced format image data, wherein said converting the received non-interlaced image data converts any one of the plurality of formats.
- 17. A method of converting image data, comprising:
receiving non-interlaced image data, generated by a processor, the non-interlaced image data being in any one of a plurality of developing formats which have different numbers of lines of image data; and converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to reduce a flicker of the interlaced format image data, wherein said converting the received non-interlaced image data changes the number of lines of the received image non-interlaced data when the received non-interlaced image data in a predetermined format.
- 18. The method of converting image data of claim 15, wherein said converting the received non-interlaced image data converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in other fields of the interlaced format image data.
- 19. The method of converting image data of claim 16, wherein said converting the received non-interlaced image data converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in other fields of the interlaced format image data.
- 20. The method of converting image data of claim 17, wherein said converting the received non-interlaced image data converts the received any one of the plurality of non-interlaced image data to the interlaced format image data so that a line in one field of the interlaced format image data is interrelated to an adjacent line in other fields of the interlaced format image data.
- 21. The method of converting image data of claim 15, further comprising:
storing a plurality of line data of the image data received by said receiving any one of a plurality of non-interlaced image data, wherein said converting the received non-interlaced image data makes a line of the interlaced format image data using the plurality of line data.
- 22. The method of converting image data of claim 16, further comprising:
storing a plurality of line data of the image data received by said receiving non-interlaced image data, wherein said converting the received non-interlaced image data makes a line of the interlaced format image data using the plurality of line data.
- 23. The method of converting image data of claim 17, further comprising:
storing a plurality of line data of the image data received by said receiving non-interlaced image data, wherein said converting the received non-interlaced image data makes a line of the interlaced format image data using the plurality of line data.
- 24. An image conversion processing device, comprising:
a display device conducting an interlace scan; a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and a converter converting the received non-interlaced image data to interlaced format image data for the display device, the interlaced format image data having a plurality of interlaced fields, to change a number of line of the received image data to a number of lines different from the number of lines of the received image data and to reduce a flicker of the interlaced format image data, and outputting the converted interlaced format image data to the display device.
- 25. An image conversion device, comprising:
a display device conducting an interlace scan; a receiver receiving non-interlaced image data, generated by a processor, wherein the non-interlaced image data is in any one of a plurality of formats; and a converter converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields to reduce a flicker of the interlaced format image data, wherein the converter converts any one of the plurality of formats, and outputting the converted interlaced format image data to the display device.
- 26. An image conversion device, comprising:
a display device which conducts an interlace scan; a receiver receiving non-interlaced image data, generated by a processor, the non-interlaced image data being in any one of a plurality of formats that have different numbers of lines of image data; and a converter converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to reduce flicker of the interlaced format image data, wherein the converter changes a number of lines of the received non-interlaced image data when the received non-interlaced image data is in a predetermined format, and outputting the converted interlaced format image data to the display device.
- 27. An image conversion processing device, comprising:
a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; a converter converting the received non-interlaced image data to interlaced format image data, having a plurality of interlaced fields, to change a number of lines of the received image data to a number of lines different from the number of lines of the received image data and to reduce a flicker of the interlaced format by using an interpolate coefficient for the received image data.
- 28. A method of converting image data, comprising:
receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to change a number of lines of the received image data to a number of lines different from the number of lines of the received image data to reduce a flicker of the interlaced format by using an interpolate coefficient for the received image data.
- 29. An image conversion device, comprising:
a display device which conducts an interlace scan; a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and a converter converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to change a number of lines of the received image data to a number of lines different from the number of lines of the received image data and to reduce a flicker of the interlaced format by using an interpolate coefficient for the received image data and to output the converted interlaced format image data to the display device.
- 30. An image conversion processing device, comprising:
a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and a converter converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to conduct a flicker reduction of the interlaced format image data according to a format of the received non-interlaced image data.
- 31. A method of converting image data, comprising:
receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and converting the received non-interlaced image data to interlaced format image data having a plurality of interlaced fields, to conduct a flicker reduction of the interlaced format image data according to a format of the received non-interlaced image data.
- 32. An image conversion device, comprising:
a display device which conducts an interlace scan; a receiver receiving any one of a plurality of non-interlaced image data, generated by a processor, having different numbers of lines; and a converter converting the received non-interlaced image data to interlaced format image data, to conduct a flicker reduction of the interlaced format image data according to a format of the received non-interlaced image data and to output the converted interlaced format image data to the display device.
Priority Claims (2)
Number |
Date |
Country |
Kind |
4-219309 |
Aug 1992 |
JP |
|
5-169159 |
Jul 1993 |
JP |
|
CROSS-REFERENCE TO RELATED APPLICATIONS
[0001] This application is a divisional of application Ser. No. 09/358,402, filed Jul. 22, 1999, now allowed, which is a divisional of application Ser. No. 08/954,474, filed Oct. 20, 1997, now issued, which is a continuation of application Ser. No. 08/578,443, filed Dec. 26, 1995, now abandoned, which is a continuation of application Ser. No. 08/107,001, filed Aug. 17, 1993, now abandoned.
Divisions (2)
|
Number |
Date |
Country |
Parent |
09358402 |
Jul 1999 |
US |
Child |
10334007 |
Dec 2002 |
US |
Parent |
08954474 |
Oct 1997 |
US |
Child |
09358402 |
Jul 1999 |
US |
Continuations (2)
|
Number |
Date |
Country |
Parent |
08578443 |
Dec 1995 |
US |
Child |
08954474 |
Oct 1997 |
US |
Parent |
08107001 |
Aug 1993 |
US |
Child |
08578443 |
Dec 1995 |
US |